Data underlying chapters 4-6 of the PhD thesis: Optimization of Experimental Setups and Readout for Superconducting Qubits

Repository containing relevant codes and data used to generate the content presented in Chapters 4, 5, and 6 of my thesis entitled "Optimization of Experimental Setups and Readout for Superconducting Qubits." Chapter 4 pertains to the experimental demonstration of flux-pulse-assisted readout of a fluxonium qubit. The codes relevant to Chapter 3 (flux-pulse-assisted readout theory/numerics) which motivate and support the findings of Chapter 4 are publicly available via Github at https://github.com/AndersenQubitLab/FluxPulseAssistedFluxonium. Chapter 5 covers the simulation of optimized single qubit gates with a net-zero flux pulsing scheme for which no experimental data was acquired. Chapter 6 provides information about Eccosorb filter design, assembly, and performance and the design and measurements of a transmon-based sample. Room temperature filter measurement data as well as measurement data of the transmon sample across eight cooldowns is contained here, along with the relevant analysis scripts and simulation files.

本仓库收录了本人题为《超导量子比特实验装置优化与读出技术》（Optimization of Experimental Setups and Readout for Superconducting Qubits）的论文第4、5、6章相关内容的配套代码与实验数据。第4章聚焦于磁通量子比特（fluxonium qubit）的磁通脉冲辅助读出实验演示。支撑第4章研究结论的第三章相关代码（磁通脉冲辅助读出理论与数值分析内容），已通过Github平台公开，仓库地址为https://github.com/AndersenQubitLab/FluxPulseAssistedFluxonium。第5章针对采用净零磁通脉冲方案的优化单量子比特门展开仿真研究，未获取对应实验数据。第6章涉及埃科索尔（Eccosorb）滤波器的设计、组装与性能表征，以及基于传输子量子比特（transmon）的样品的设计与测量工作。本仓库包含室温滤波器测量数据、历经8次低温循环测试的传输子量子比特样品测量数据，以及相关分析脚本与仿真文件。